Kumho Unveils Tire Strategies for Enhanced Fleet Productivity in 2025
Kumho Tire Unveils K-X Multi-Performance Series at Nufam 2025
Kumho Tire is set to participate in Nufam 2025, Europe's leading truck and transport fair, taking place at the dm-Arena in Karlsruhe from September 25 to 28.
At the event, visitors can find Kumho Tire's booth in Hall 1, Stand B407, covering an area of 84 square meters. The booth will feature a show truck with a semi-trailer, showcasing the company's latest innovations.
The main focus of Kumho Tire's trade fair presence is the K-X Multi-Performance Series tires. These tires are designed for both long-haul and regional transport, offering a new tread design combined with RevealiX groove technology. The KXA31 is suitable for all axles, the KXD31 for the drive axle, and the KXT31 for the trailer axle.
The new tread design is intended to prevent uneven wear, ensuring driving stability and grip throughout the service life of the tires. This design is a significant step forward in Kumho Tire's commitment to delivering high-performance, durable, and reliable tires for the transport industry.
In addition to the indoor booth, Kumho Tire is also hosting a goal wall shooting competition at its outdoor display, where visitors can win prizes from the company. The exact name of the showtruck presented in the Peter-Gross-Bau area at Nufam 2025 could not be found in the available search results.
Visitors to Nufam 2025 are encouraged to stop by Kumho Tire's booth to experience the K-X Multi-Performance Series tires firsthand and learn more about Kumho Tire's innovative solutions for the transport industry.
Read also:
- United States tariffs pose a threat to India, necessitating the recruitment of adept negotiators or strategists, similar to those who had influenced Trump's decisions.
- Weekly happenings in the German Federal Parliament (Bundestag)
- Southwest region's most popular posts, accompanied by an inquiry:
- Discussion between Putin and Trump in Alaska could potentially overshadow Ukraine's concerns